What is this component?

An arrow appearing through an electronic symbol means the device is:

A conductor is placed in a static magnetic field and a current is passed through it. The force exerted on it can be calculated by

M_ is the abbreviation used for:

A 9V battery is connected across a set of resistors in series, values being: 3 Ω, 12 Ω, 160Ω and 68 Ω. The current flowing in the circuit is:

A power supply has four diodes connected in ‘bridge’ after the transformer. Is this called a:

What is this rule and where is it used?

What is the SI unit for magnetic flux?

What is the function of a dielectric within a capacitor

Identify this electronic component

The direction of a magnetic field surrounding a current-carrying conductor can be found using which rule?

The insulation resistance of two circuits is 40MΩ and 36MΩ respectively. When tested together what is the total insulation resistance:

What symbol is this:

A 230V AC supply has an RMS voltage of:

An electronic device that alters its value to different levels of light is:

The peak-to-peak voltage of a sinusoidal waveform is:

An electronic component has the following connections: Base, Collector and Emitter. The component is:

The following resistors are connected in series to a 230V supply: 12Ω, 24Ω, 48Ω. Calculate the current taken by the 48Ω resistor.

A conductor of length 1m is placed in a static magnetic field of strength 10mT and a current of 2A is passed through it. Calculate the force exerted on it

Which of the following is the RMS value for an a.c. voltage having a peak value of 325V:

A steady current of 2.5 A flows for 90 seconds into a capacitor, calculate how much charge has been accumulated on the plates of the capacitor:

Three resistors of value 10Ω, 12Ω and 48Ω are connected in parallel with a voltage supply of 24V DC. Calculate the volt drop across the 10Ω resistor:

What is Fleming's right hand rule mainly used for:

A circuit consists of three resistors in series, of values 18Ω, 26Ω and 42Ω, connected in series to a 24V supply, determine the power dissipated by the whole circuit:

Which of the following devices work as a result of mutual induction:

What kind of capacitor is this:

Which of the following devices could be used to efficiently detect light and thus be used in a circuit to switch on a light at night-time:

What kind of circuit will provide this output wave from an AC supply:

A Coulomb is:

Calculate the resistance of 125m of 1.5mm² Aluminium wire given the resistivity of Aluminium is 28.5 x 10⁻⁹ Ω/m:

A dc current of 0.6A flows for 300ms into a capacitor, what is the charge:

For the lines of magnetic flux shown here to exist between two magnets, what must the magnetic poles be at A and B, respectively:

What is this rule simply used for in magnetism:

Calculate the Flux density of a bar magnet whose magnetic flux is 781.25μWb with a square section of material of 25mm x 25mm.

A conductor of length 3m is placed inside a static magnetic field of strength 5mT and a current of 0.5A is passed through it. Calculate the force exerted on it:

The peak voltage of a sinusoidal waveform is 566V, what is the RMS voltage:

To operate in forward bias, a diode will conduct when a positive voltage is applied to the:

Three resistors, all of value 6Ω are connected in a series and parallel combination, giving an equivalent resistance of 9Ω. How are they connected:

What electronic component is represented by this circuit symbol:

Which electronic component does this symbol represent:

What is the peak-to-peak value for an AC voltage having an RMS value of 400V:

What does this symbol represent:

What is this component:

A conductor of length 0.7m is placed in a static magnetic field of density 0.4mT and a current of 0.9A is passed though it. Calculate the force exerted on it:

A 400V AC supply has an RMS voltage of:

Which of these is NOT an effect of the flow of electric current in a conductor:

A steady current of 50mA flows for 6 minutes into a capacitor when 9V is applied, how much charge will accumulate on the plates of the capacitor:

A transformer has an input power of 15kW and power losses of 640W, the overall efficiency is:

Which direction will this conductor move: